Combining Multiple Investigative Approaches to Unravel Functional Responses to Global Change in the Understorey of Temperate Forests.

Dries Landuyt,Michael P. Perring,Haben Blondeel,Emiel De Lombaerde,Leen Depauw,Eline Lorer,Sybryn L. Maes,Lander Baeten,Laurent Berges,Markus Bernhardt-Roemermann,Guntis Brumelis,Joerg Brunet,Marketa Chudomelova,Janusz Czerepko,Guillaume Decocq,Jan den Ouden,Pieter De Frenne,Thomas Dirnboeck,Tomasz Durak,Andreas Fichtner,Radoslaw Gawrys,Werner Haerdtle,Radim Hedl,Steffi Heinrichs,Thilo Heinken,Bogdan Jaroszewicz,Keith Kirby,Martin Kopecky,Frantisek Malis,Martin Macek,Fraser J. G. Mitchell,Tobias Naaf,Petr Petrik,Kamila Reczynska,Wolfgang Schmidt,Tibor Standovar,Krzysztof Swierkosz,Simon M. Smart,Hans Van Calster,Ondrej Vild,Donald M. Waller,Monika Wulf,Kris Verheyen

GLOBAL CHANGE BIOLOGY（2024）

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关键词
climate change,forest management,forestREplot,herbaceous layer,mesocosm experiment,nitrogen deposition,plant height,resurvey study,SLA
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